Heat Treatment Furnaces

We are manufacturing custom size heat treatment furnace with working temperature up to 1700°C according to customer demands and selling in domestic and international markets especially Middle East and North Africa. If you are planning to buy an heat treatment furnace, please specify your furnace sizes (width, length, depth) and working temperature, then call us. Our furnace experts will help you to decide the right furnace for your special application.

Models above are our standard models, we can design and produce heat treatment furnaces according to customer needs. If you need to buy a custom size heat treatment furnace, please specify your furnace sizes(width-length-depth), working temperature. Send us an email to @

Heat Treatment Furnace Manufacturing

we can design and produce heat treatment furnaces according to customer needs.

Heat Treatment Processes

Sementation
Normalisation
Hardening
Tempering
Annealing
Aging
Stress Relief
Softening
Vacuum Hardening

Materilas We Are Using For Heat Treatment Furnaces:

Resistance Wire
Controller
Thermocouple
Door
Insulation Material
Power Controller
Max Temperature
Working Temperature

Kanthall A1, SiO2, MoSi2
Digital PID 7 steps programmable, PID-Thyristor Current Controller
NiCr-Ni, PtRh%10-Pt., PtRh%13-Pt.
Opening to right or left
Refractory bricks + Ceramic Fiber Blanket
SSR
1260ºC-1450ºC-1700ºC
1260ºC-1450ºC-1700ºC

Heat Treatment Furnace Sizes and Technical Specifications

Model	Sizes(cm)			Volume (dm³)	Max. Temperature (°C)	Resistance Wire Type	Controller Type	Measure Element	Power (kw)	Supply Voltage (V)
Model	Width	Depth	Height	Volume (dm³)	Max. Temperature (°C)	Resistance Wire Type	Controller Type	Measure Element	Power (kw)	Supply Voltage (V)
HT49	35	35	40	49	1.260	KanthalA1	PID-SSR	NiCr-Ni Tc	4,0	220
					1.450	SiO₂	PID-SSR	PtRh%10-Pt	11,0	380
					1.700	MoSi₂	PID-Thyristör Current Cont	PtRh%13-Pt	15,0	380
HT80	40	40	50	80	1.260	KanthalA1	PID-SSR	NiCr-Ni Tc	6,0	220
					1.450	SiO₂	PID-SSR	PtRh%10-Pt	14,0	380
					1.700	MoSi₂ ₁₈₀₀	PID-Thyristör Current Cont	PtRh%13-Pt	22,0	380
HT150	50	50	60	150	1.260	KanthalA1	PID-SSR	NiCr-Ni Tc	9,0	380
					1.500	MoSi₂ ₁₇₀₀	PID-Thyristor Current Cont	PtRh%10-Pt	20,0	380
					1.700	MoSi₂ ₁₈₀₀	PID-Thyristor Current Cont	PtRh%13-Pt	28,0	380
HT200	50	50	80	200	1.260	KanthalA1	PID-SSR	NiCr-Ni Tc	12,0	380
					1.500	MoSi₂ ₁₇₀₀	PID-Thyristor Current Cont	PtRh%10-Pt	23,0	380
					1.700	MoSi₂ ₁₈₀₀	PID-Thyristor Curret Cont	PtRh%13-Pt	32,5	380
HT240	50	60	80	240	1.260	KanthalA1	PID-SSR	NiCr-Ni Tc	15,0	380
					1.500	MoSi₂ ₁₇₀₀	PID-Thyristor Current Cont	PtRh%10-Pt	26,0	380
					1.700	MoSi₂ ₁₈₀₀	PID-Thyristor Current Cont	PtRh%13-Pt	37,0	380
HT300	50	60	100	300	1.260	KanthalA1	PID-SSR	NiCr-Ni Tc	21,0	380
					1.500	MoSi₂ ₁₇₀₀	PID-Thyristor Current Cont	PtRh%10-Pt	30,0	380
					1.700	MoSi2	PID-Thyristor Current Cont	PtRh%13-Pt	42,0	380
HT540	60	90	100	540	1.260	KanthalA1	PID-SSR	NiCr-Ni Tc	33,0	380
					1.500	MoSi₂ ₁₇₀₀	PID-Thyristor Current Cont	PtRh%10-Pt	42,0	380
					1.700	MoSi₂ ₁₈₀₀	PID-Thyristor Current Cont	PtRh%13-Pt	58,0	380
HT810	90	90	100	810	1.260	KanthalA1	PID-SSR	NiCr-Ni Tc	40,0	380
					1.500	MoSi₂ ₁₇₀₀	PID-Thyristor Current Cont	PtRh%10-Pt	50,0	380
					1.700	MoSi₂ ₁₈₀₀	PID-Thyristor Current Cont	PtRh%13-Pt	75,0	380